Learning Resources

Abstract: Decarbonization is a looming challenge for every campus and a monumental effort that requires immediate, practical actions to preserve environmental health. This session will delve into regional and national goals for decarbonization as well as share dos and don'ts from active decarbonization projects. We'll offer strategies for both new build and renovation projects and discuss various funding programs to help you get the most sound financial investment. Join us to begin right-sizing your campus's decarbonization solution and discover how to meet Building Energy Performance Standards (BEPS).

Abstract: Buildings contribute over a third of global carbon emissions and are a key focus for decarbonization. As legislation phases out natural gas and enforces stricter efficiencies, campuses must adapt to the demands of all-electric building design. In this session, experts from the University of California (UC) will cover strategies, insights, and costs of decarbonization with the goal of building a more sustainable and healthy future. Join us to gain effective, practical tools and project strategies for campus decarbonization as well as discover how electrification impacts utilities and requires cross-disciplinary teamwork.

Abstract: Decarbonization is a looming challenge for every campus and a monumental effort that requires immediate, practical actions to preserve environmental health. This session will delve into regional and national goals for decarbonization as well as share dos and don'ts from active decarbonization projects. We'll offer strategies for both new build and renovation projects and discuss various funding programs to help you get the most sound financial investment. Join us to begin right-sizing your campus's decarbonization solution and discover how to meet Building Energy Performance Standards (BEPS).

Abstract: This session will demonstrate how to adapt a large existing campus to decarbonized central systems, including cost considerations, performance evaluation, resilience concerns, and equity factors. To achieve the University of California, Santa Barbara's (UCSB) climate goals, we developed a clean energy master plan that goes beyond a conventional utility plan to prioritize equity and environmental justice to sustain campus ecosystems and ensure student wellbeing. Implementing decarbonization plans can be disruptive, but we'll share how you can achieve successful buy-in and engagement, including uplifting students as interns on the project team and key contributors in the process.

Abstract: Buildings contribute over a third of global carbon emissions and are a key focus for decarbonization. As legislation phases out natural gas and enforces stricter efficiencies, campuses must adapt to the demands of all-electric building design. In this session, experts from the University of California (UC) will cover strategies, insights, and costs of decarbonization with the goal of building a more sustainable and healthy future. Join us to gain effective, practical tools and project strategies for campus decarbonization as well as discover how electrification impacts utilities and requires cross-disciplinary teamwork.

Abstract: This session will share lessons learned from United Tribes Technical College's (UTTC) master plan that serves as a living document and adapts to changing needs. We'll explore how this culture-infused master plan applied an integrated approach to campus development over five years, addressing five primary needs with a focus on culture, regenerative design, and phasing to support strategic alignment. Join us to discover how you can implement campuswide resiliency strategies to safeguard the campus environment and gain insights into the phased implementation approach for ensuring the plan's success and sustainability over time.

Abstract: Buildings are a major source of carbon emissions. Campuses need solutions for meeting rigorous energy goals while capturing programmatic needs, improving occupant health and wellness, and meeting bottom-line financial requirements. What are the key steps in planning and delivering a fully-electric, highly-sustainable student residence, dining, and services building? Using the Harmony Commons at the University of Toronto-Scarborough (UTSC) as a case study, we'll share planning perspectives from administrative, financial, design, and construction standpoints. This session will raise awareness of available solutions for planning and building an all-electric building and provide a pathway for success through integrated planning.

Abstract: With the frequency and intensity of extreme weather events continuing to increase across the country, the need for resilience planning is more critical than ever before.

Numerous campuses across the California State University (CSU) system have direct experience with wildfires, extended drought, floods, extreme heat, public safety power shutoffs, hurricanes, and sea level rise. The CSU is currently working toward increasing resilience in response to catastrophic events through systemwide technical guidance resources on building and infrastructure design and retrofit. These extreme conditions further prompted the need for vulnerability assessments systemwide and coordinated climate resilience planning and investment activities.

Using the activities of CSU climate action and adaptation planning, 2022-2023 SCUP Fellow Tamara Wallace’s SCUP Fellows project sought to achieve three (3) primary objectives:

1. Review planning documents and policies that consider climate resiliency governance versus climate resiliency implementation.


2. Identify key stakeholders to develop a primer for addressing and incorporating campus-community implementation priorities.


3. Raise awareness with the broader higher education planning community to collect feedback and share model practices.

Abstract: With the frequency and intensity of extreme weather events continuing to increase across the country, the need for resilience planning is more critical than ever before.

Numerous campuses across the California State University (CSU) system have direct experience with wildfires, extended drought, floods, extreme heat, public safety power shutoffs, hurricanes, and sea level rise. The CSU is currently working toward increasing resilience in response to catastrophic events through systemwide technical guidance resources on building and infrastructure design and retrofit. These extreme conditions further prompted the need for vulnerability assessments systemwide and coordinated climate resilience planning and investment activities.

Using the activities of CSU climate action and adaptation planning, Wallace’s SCUP Fellows project sought to achieve three (3) primary objectives:

Review planning documents and policies that consider climate resiliency governance versus climate resiliency implementation.
Identify key stakeholders to develop a primer for addressing and incorporating campus-community implementation priorities.
Raise awareness with the broader higher education planning community to collect feedback and share model practices.
Join 2022-2023 SCUP Fellow Tamara Wallace as she shares her findings to help you and your team proactively plan for climate change to mitigate risks, prevent damage, and ensure continued learning from lived experiences.

Abstract: Historic campus buildings are often perceived as a burden, but by integrating them into your campus planning, their continued reuse can help solve some of the specific challenges facing university planners today, specifically in the context of sustainability. There are numerous case studies that demonstrate the successful adaptive reuse of varied campus buildings as well as an undeniable body of evidence showing the benefits of such an approach in working toward carbon neutrality. As long-term stewards of their built environments, colleges and universities are uniquely positioned to realize enduring savings from investing in the energy performance of existing buildings.